SIGS

Special Interest Groups

Special Interest Groups (SIGs) are focused groups that are affiliated with New Zealand Society for Oncology.

OUR SIGS

What is a Special Interest Group?

Affiliated Special Interest Groups can focus on any topic related to translational cancer research. Range includes prevention to the diagnosis, treatment and outcomes for cancer patients. The intent is to bring together relevant expertise with the ultimate aim of improving the lives for those with cancer.

The following SIGs are currently affiliated with NZSO. If you would like to join or get more information regarding them, please feel free to email the contact listed for each SIG.

NZSO SIG

Breast Cancer Collaborative Research SIG

Our objectives are the following:

1. To enhance the collaboration and network building among stakeholders in breast cancer research and care in Aotearoa New Zealand.

2. To catalyse innovative research, clinical trials, and methodologies that are focussed towards improving prevention, diagnosis, treatment, and outcomes for individuals diagnosed with breast cancer.

3. To serve as a platform for knowledge exchange and dissemination of research findings, clinical practices, and policy developments related to breast cancer in Aotearoa New Zealand.

Contacts for this SIG
Dr Annette Lasham
a.lasham@auckland.ac.nz
Dr Sheridan Wilson
sheridanW@adhb.govt.nz

Colorectal Cancer SIG

Our mission is to promote interaction and engagement between clinicians and researchers in the area of colorectal cancer, and to facilitate/share research in this area that can be used to improve outcomes for patients with colorectal cancer.
Contact for this SIG
Dr Nicholas Fleming
nicholas.fleming@otago.ac.nz

ctDNA and Plasma Genomics SIG

We will generate a New Zealand ctDNA collaborative network, which will take a coordinated, shared approach to translational research into ctDNA in New Zealand. With that approach in mind, the collaborative network aims to connect NZ ctDNA research teams with funding organisations, oncologists, community groups, diagnostic laboratories and companies, as well as government bodies including the Cancer Control Agency and Pharmac.

Contacts for this SIG
Professor Cristin Print
c.print@auckland.ac.nz
Professor Parry Guilford
parry.guilford@otago.ac.nz

Digital Pathology SIG

Our mission statement is to promote awareness, research and developments in the field of digital and computational pathology and understand how this technology and associated processes can be best used to improve outcomes for cancer patients
Contact for this SIG
Dr Arthur Morely-Bunker
arthur.morely-bunker@otago.ac.nz

Gastrointestinal Cancers SIG

The New Zealand gastrointestinal cancers special interest group (GISIG) is a group of GI cancer interested clinicians. We represent specialist nurses and doctors from various fields including but not limited to surgical, medical, and radiation oncology, pathology, gastroenterology, genetics and interventional radiology. Our aims are patient advocacy working towards equitable access to effective therapy, prevention, screening and testing technologies. We act as a venue for interdisciplinary education, research and collaboration.

Contact for this SIG
GI email
NZGISIG@gmail.com

GBD (Global Burden of Disease) Oceania Cancer Risk Factor SIG

Our mission is to analyse GBD cancer data relating to New Zealand and Polynesian countries and to promote the findings to researchers and public community and policymakers in the region via publications, conference presentation and public media.
Contacts for this SIG
Prof Peter Shepherd
peter.shepherd@auckland.ac.nz
Dr Khanh Tran
tranbaokhanh.vietnam@gmail.com

Geriatric Oncology SIG

GO-SIG exist to develop Geriatric Oncology as a sub speciality in Aotearoa New Zealand by multicentre and multidisciplinary collaboration in the field of education, research, and advocacy, with the goal of improving cancer care in the elderly.

Contact for this SIG
Dr Edmond Ang
edmond.ang@northlanddhb.org.nz

Gynaecological Cancer League SIG

GCL-SIG will undertake the work required to create a new strategic plan for gynaecological oncology translational research in New Zealand. GCL-SIG will provide a strong, collective voice for gynaecologic oncology clinical practice, education, and translational research in New Zealand. As a specialized group, GCL-SIG will bring together individuals/groups and clinicians/scientists from different organizations or institutions working in an area of gynaecologic oncology.

To view website, please click here.

Contact for this SIG
Dr Claire Henry
claire.henry@otago.ac.nz

Lung Oncology SIG

We introduce ourselves as the New Zealand Lung Oncology SIG which was established in 2018. We are clinicians from across the country with expertise and a passion in caring for patients with thoracic malignancies. Our main objectives and focus of activity are: advocacy, research, national collaboration and education.

Contact for this SIG
Dr Abbey Wrigley
awrigley@adhb.govt.nz

Melanoma Research and Therapy SIG

The Melanoma Research and Therapy Special Interest Group is a national and inclusive multidisciplinary group of melanoma health professionals and researchers seeking to achieve consensus on current issues relating to melanoma research and therapy, implement solutions to these issues and improve upon current standards of care by promoting and facilitating research in melanoma.

The group is coordinated by the Melanoma Network of New Zealand (MelNet), a charitable organisation of health professionals committed to reducing the incidence and impact of skin cancer in New Zealand.

Contacts for this SIG
Dr Jody Jordan
jody.jordan@hbdhb.govt.nz
Katrina Patterson
melnet@melnet.org.nz

Molecular Oncology & Laboratory Medicine SIG

The Molecular Oncology & Laboratory Medicine (MOLAB) aims to foster interdisciplinary collaboration among oncologists, pathologists, laboratory scientists, and clinical researchers to enhance cancer detection and prognostication.. MOLAB serves as a platform for knowledge exchange in precision oncology, laboratory medicine, and the integration of innovative research into diagnostic pathology workflows.

MOLAB engages in a range of activities aimed at advancing the field of molecular oncology and laboratory medicine. These include organizing webinars, workshops, and panel discussions on emerging diagnostic technologies, biomarker discovery, and translational research.

Contacts for this SIG
Dr Mak Sarwar
Dr Magda Ratajska
molecularoncology@otago.ac.nz

Supportive Cancer Care

Survival rates of cancer have improved, thanks to improved treatments and earlier and better diagnosis. However, during and even long after cessation of treatment, patients can experience a wide range of side effects due to the disease and its treatment. This includes fatigue, reduced cardiorespiratory fitness and muscle strength, which may have a large impact on health-related quality of life.

Rehabilitation programs are known to mitigate, or even prevent, the short-term and long-term side effects patients experience due to cancer and its treatment. Prehabilitation, the phase before surgery, has the potential to improve current health and overall functioning to better withstand upcoming treatments. (P)rehabilitation in the cancer continuum can encompass, among others, exercise (strength and cardiovascular), psychosocial, and nutrition optimization.

SIG Aim: To unite researchers and clinicians across Aotearoa who are interested in and/or working in the field of (p)rehabilitation for patients with cancer. Combining our collective powers will help drive this field forward.

Contact for this SIG
Dr Hanna van Waart
hanna.van.waart@auckland.ac.nz

Tumour microenvironment SIG

Our mission is to bring together researchers across all disciplines of cancer research with an interest in the Tumour Microenvironment (TME) in Aotearoa NZ; providing an opportunity to meet, promote and develop new research to advance understanding of the impact of the tumour microenvironment on tumour biology. Our research interests include, but are not limited to, the role of cancer-associated stromal cells (e.g. adipocytes, fibroblasts, immune cells, nerve cells) and hypoxia in cancer initiation, progression and response to therapy.

Contact for this SIG
Dr Elisabeth Phillips
elisabeth.phillips@otago.ac.nz